With the growing trend of smart devices trending, the demand for embedded systems is steadily increasing. This has in turn fuelled a demand for embedded system engineers, a demand which is set to grow in the future as embedded systems penetrate even more markets and devices. A look at a majority of products in the market such as electronic appliances, automobiles, wireless devices and portable electronics gives evidence to the growing popularity of embedded systems. Some of the features of embedded systems are:
- Single function
- Tightly constrained
- Reactive to real time which helps in development and design of software
- Re-engineering of new reference designs
- Manufacturing of wired and wireless stacks
- Porting of network protocols
Robotics is a widely used application of embedded software. It is a leading field in the embedded systems industry and encompasses aspects of mechanical engineering, computer programming, electronics engineering, designing techniques, technical skills and many other allied skills. It is introducing a creative touch by focusing on usage of technology instead of its internal working. Embedded robotics aims at deploying advanced technologies and delivering solutions that can be used in cutting edge embedded applications, which can then be leveraged to consumer electronic, wireless computing and the automotive sector. In order to gain a commanding hold on the various modules that comprise robotics, candidates can enroll themselves in robotics training in AVR. Besides, programming in 8051 or PIC16F877A Microcontroller and operating system such as Linux are increasingly used in embedded systems and robotic industry.
To learn about embedded systems or Linux based or microprocessor based embedded systems, candidates can enroll for 8051 Microcontroller Training; embedded systems with Linux courses, embedded system training, which covers training in all areasfroma reputed and established institute. The training will help engineers and designers to learn about chip designing and embedded system design in Linux or Microcontroller, and use them in sectors such as telecommunications, surveillance, Automation and control, development of PC peripherals and FPGA programming and defense.
More importantly, training is also provided to designers to build a single integrated circuit that contains the comprehensive functionality of the embedded systems in spite of using separate chips for the processor, memory and associate digital circuits. This branch is called VLSI. When chips are built into systems and software is loaded to provide desired functionality, it becomes an embedded system. Then VLSI is used to design integrated circuits by integrating millions of transistors in a single chip and includes several design activities ranging from specification to tape-out of the chip. Such a development route leads to reduced size and competitive prices for embedded systems. Since VLSI forms the heart and soul of embedded systems, special emphasis is placed on the VLSI design module during training sessions. Thus, Embedded system training can be the best bet which will ensure that candidates are well versed with Linux based or microprocessor based embedded systems and VLSI technology.